'Potential well' presentation slideshows

Title

Title. Huanlong Liu Advisor: Andrew Kent Department of Physics New York University. Outline. Motivation. How will the spin of electrons interact with the background magnetization ?. What will happen?. Motivation.

386 views • 29 slides

Quantum Physics

Quantum Physics. Quantum Mechanics and atomic structure. Electron probability rather than orbit or trajectory. Probability, not destiny. Diffraction and interference. Wavelength ?=h/mv Atomic structure is just wave solutions in a potential well. Electron has wave properties.

446 views • 17 slides

Charge Couple Devices

Charge Couple Devices. Charge Couple Devices, or CCDs operate in the charge domain, rather than the current domain, which speeds up their response time. They are made up of an array of metal-oxide-semiconductor (MOS) capacitors.

396 views • 13 slides

Problem Statement

Detecting Nanoparticles using Microplasmas Jeff Hopwood Professor, ECE Department Tufts University hopwood@ece.tufts.edu 617-627-4358 Supported by NSF CCF-0403460 (in progress). Problem Statement. nanoparticles are too small to detect by scattered laser light ( r <100nm).

282 views • 13 slides

380 views • 11 slides

State of matter inside quark stars

Poster in CSQCDII. Xiaoyu Lai Peking University. State of matter inside quark stars. Basic motivations. Pulsars could be a special kind of neutron stars -- quark stars , as indicated by some observations. Quark clusters are suggested to form in cold quark matter.

260 views • 8 slides